REINFORCED CONCRETE DESIGN WORKSHOP (INTERMEDIATE LEVEL)DAY 29.00 - 10.30 Session 5 - Short Column Design

(using Standard and Dimensionless Charts)In this session we revisit Short Column Design to AS3600 – 2009. We then explore the Axial Load-Moment Interaction Graph derivation in more detail but also look an alternative to the standard interaction chart (with axes usually in MPa), with a chart that now has ‘dimensionless’ axes – in that way any grade of concrete as well as any shape can be used in these charts.Worked examples, tutorial exercises and solutions will follow.

10.30 - 11.00 Morning Tea

11.00 - 12.30 Session 6 - Slender Column Designusing High Strength Concrete (>50 MPa)

Slender column design will be explored in this session with an emphasis on using high strength concrete (ie above 50 MPa). Use of end restraint coefficients to quantify effective length factors for column slenderness effects will be explained. The new requirements for fitment spacing and confinement reinforcement as per Section 10.7 of AS3600-2009 will be be explained in more detail. Tutorial exercises will follow with solutions.

12.30 - 1.30 Lunch (Provided at venue)

1.30 - 3.00 Session 7 - (i) Strut & Tie Design (ii) Longitudinal Shear

The first segment looks at the design of beams, panels, corbels and other non-flexural elements using strut and tie models. This segment relates to section 7 of AS3600-2009. Topics such as Strut Efficiency factors, Fan vs Bottle shaped fields, prismatic compression members, bursting reinforcement, nodes and ties will be covered. Tutorial exercises and solutions will follow. The second part of this session looks at longitudinal shear in both beams and hollow core slabs. The new formulas #8.4.2 and #8.4.3 in AS3600-2009 covering design shear stress and shear stress capacity will be explained as well as the new coefficients for shear plane surfaces.Worked examples & tutorial exercises will follow.

3.00 - 3.30 Afternoon Tea

3.30 - 5.00 Session 8 - Beam and Slab VibrationThis session analyses beams and slabs subject to vibration and how to avoid problems especially as beams and slabs become thinner due to the use of higher grades of concrete. It explains the terms of damping and resonance and how they influence structural members. The design steps taken for vibration checking here is based on the Allen & Murray approach (which has been adopted by various Associations such as the National Precast Association of Australia).

5.00 – 5.15 Feedback sheets and CertificateofAttendance

THE WORKSHOPThis course will address reinforced concrete at an intermediate level for areas covered by AS3600-2009 as well as all the relevant updates to the Code. There are eight (8) sessions over the 2 day workshop. The workshop is a continuation of the Reinforced concrete design workshop - “Basic Level” conducted by CCS. This Intermediate level course is then followed by the Advanced Reinforced Concrete course which follows later in the year This workshop is designed for engineers who understand the basics of reinforced concrete design but now wish to hone their skills further by gaining an even better understanding of the Concrete Code. It also covers specialized areas of concrete design that may not be covered adequately in AS3600 - 2009. All sessions will provide worked examples, tutorial exercises and solutions.

PROGRAMMEDAY 18.30 - 9.00 Registration

9.00 - 10.30 Session1-DeflectionCalculationsThe first session looks at the various methods of calculating the deflection of beams and slabs using the ‘simplified methods’ of analysis of Section 8.5 from AS3600 - 2009 with emphasis on effective second moment of area I eff and Branson’s formula using specific concrete properties. Slab deflection methods will also include rectangular slabs supported on four sides. Tutorial exercises and solutions will follow.10.30 - 11.00 Morning Tea

11.00 - 12.30 Session 2 - Fire Design in ConcreteThis session shows how fire affects concrete and steel at varioustemperatures. It then addreses fire design according to Section 5 of AS3600-2009. It explains the meaning of FRL values according to the BCA then explains how to determine the FRL to satisfy Structural Adequacy, Structural Integrity and Insulation for beams and slabs.Tutorial exercises and solutions will follow.12.30 - 1.30 Lunch (Provided at venue)

1.30 - 3.00 Session 3 - Two Way Slabs (supported by Columns)

This session looks at the design of two-way flat slabs supported by columns where the designer is required to calculate the effective span length Lo, the static moment Mo and then the design moments at mid-span and the supports for the design strips in each orthogonal direction. The out-of-balance moments M*v at the supports are then used to design for shear and torsion at the supports.Tutorial exercises and solutions will follow.3.00 - 3.30 Afternoon Tea

3.30 - 5.00 Session 4 - Torsion in BeamsThis session looks at the design of beams which are subjected to direct or indirect torsion. The design method shown will be as per section 8.3 of AS3600-2009. Parameters such as torsion modulus Jt , polygonal area At, and perimeter ut will be explained.Tutorial exercises and solutions will follow

REGISTRATION FORMPlease return to:Engineering Training Institute AustraliaPO Box 913 Baulkham Hills NSW 1755Phone (02) 9899 7447 Fax (02) 9899 5995 Email: registrations@etia.net.au

ReinforcedConcreteDesignWorkshop(Intermediate Level) at

tick• Sydney NSW• Perth WA

Wed 22 - Thu 23 June 2016

• Melbourne VIC Wed 27 - Thu 28 July 2016• Brisbane QLD Wed 3 - Thu 4 August 2016

No. of Attendees Total

Two Day Workshop @ $1,180

Text Required “ReinforcedConcrete- The Designers Handbook” 2015 @ $170

by Beletich, Hymas, Reid and Uno

Total Payment $(GST included)

Cheque [payable to ‘Engineering Training Institute Australia’]

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SPEAKERSPaul J. Uno BE MBdgSc MIE(Aust) CPEng Engineering Training Institute Australia Paul Uno has over 35 years experience in the design and construction industry. He has worked for companies such as CSR Readymix, Transfield, Boral, Spancrete, Dept. of Housing, Australian Institute of Steel Construction, HH Robertson and the Cement And Concrete Association of Australia. He presented precast concrete courses nationally for the NPCAA in 2005 and 2006 and was also acknowledged as a key contributor to the NPCAA/CIA publication “Precast Concrete Handbook”. Paul is also the current chairman of the Australian Standards committee BD-066 which is updating the current AS3850 code (Tilt Up Concrete Construction) which will be released in 2013 as the Prefabricated Concrete Elements Code Part 1 - General Requirements, and Part 2 - Building Construction (embracing both Tilt Up and Precast). He has been a member of the American Concrete Institute since 1992 and a member of the Concrete Institute of Australia since 1982. At present he is a consultant, a presenter for Engineering Training Institute Australia as well as a University Senior lecturer. He currently lectures at UNSW in the faculty of Built Environment in both in Construction Science (Materials) and in Building Structures (Concrete & Structural Steel Design).

Ian Hymas BSc (Hons) MEngScIan has been a structural engineer for over 30 years and has specialized in Tilt Up for the past 20 years. As a founding partner of the firm Henry and Hymas, he has gained experience in designing tilt-up, precast and steel buildings, and as a consequence has been involved in the design of several hundred buildings in Australia.The firm Henry and Hymas filled the ‘gap in the marketplace’ between engineering consultancies and shop detailers, and have a department dedicated to providing dimensioned detailed drawings of precast and tilt up panels, commonly for projects designed by other consultants.Ian is a member of the current BD-66 Standards committee for Tilt Up/Precast (Prefabricated) Concrete Code AS3850 and was also one of the original founding members of the Code when it was first released in 1990.

ProfessionalDevelopmentAttendees may be credited towards IEAust Continuing Professional Development (CPD) requirements. Members of IEAust are required to undertake a minimum of 150 hours of equivalent CPD every 3 years.

FurtherInformationFor any further information on this course please contact Vincent on (02) 9899 7447 or Joanne on mobile 0413 998 031 email info@etia.net.au

Requirements • A scientific calculator• Reinforced Concrete -The Designers Handbook” 2015

edition by Beletich, Hymas, Reid and Uno

VENUE* Sydney NSW Novotel Hotel, 1 Columbia Court (cnr Norwest Blvde),

Baulkham Hills NSW 2153 (02) 9634 9634 * Perth WA Ibis Hotel, 334 Murray Street,

Perth WA (08) 9322 2844* Melbourne VIC Hotel Grand Chancellor, 131 Lonsdale St,

Melbourne VIC (03) 9656 4000* Brisbane QLD Ibis Hotel, 27-35 Turbot St,

Brisbane QLD 4000 (07) 3237 2333

CALCULATORS REQUIRED

Cancellations made more than 5 working days prior to a course will incur a 20% processing fee of the full registration amount. Cancellations made 5 working days or less will incur forfeiture of the full registration fee.

Cancellations made more than 5 working days prior to a course will incur a 20% processing fee of the full registration amount. Cancellations made 5 working days or less will incur forfeiture of the full registration fee.

REVISEDEDITION

2015

Wed 2 - Thu 3 November 2016